About Quake-Catcher Network EMSC / CSEM
The Quake Catcher Network (QCN) is a research project that uses Internet-connected computers to do research, education, and outreach in seismology. You can participate by downloading and running a free program on your computer. Currently only certain Mac (OS X) PPC and Intel laptops are supported -- recent ones which have a built-in accelerometer. You can also buy an external USB accelerometer.

Sadly the SSD in my PC died the other night. I've been trying to fix it, but I'm not to hopeful.

Either way a reinstall of Windows is required so I'll take a look at the URL changes as soon as I am back up and running which hopefully be later next week unless something else fries in the UK heat wave

Good luck I had a regular hard drive fail on me a couple of weeks ago so had a similar situation to deal with, but at least I'd had a good 5 years of heavy use out of it. I'm giving SSD's a few years to settle in before I go there.
We have a heat wave too, fortunately a storm that just blew in is going to bring relief because my air conditioners have been going non-stop for about a week now & barely managing to keep me cool. They've just issued a tornado warning for the 'burbs. Weather is becoming a serious matter these days.
Anyway, hope you get fixed up soon.

1. [email protected] has returned. The URL has changed to www.qmcathome.org.
2. New project: [email protected]. "The climate model that volunteers download is made up of mathematical equations that quantitatively describe how atmospheric temperature, air pressure, winds, water vapor, clouds, precipitation and other factors all respond to the Sun's heating of the Earth's surface and atmosphere. Models help predict how the Earth's climate might respond to small changes in Earth's ability to absorb sunlight or radiate energy into space." Statistics is at the normal place.

1. [email protected] has returned. The URL has changed to www.qmcathome.org.
2. New project: [email protected]. "The climate model that volunteers download is made up of mathematical equations that quantitatively describe how atmospheric temperature, air pressure, winds, water vapor, clouds, precipitation and other factors all respond to the Sun's heating of the Earth's surface and atmosphere. Models help predict how the Earth's climate might respond to small changes in Earth's ability to absorb sunlight or radiate energy into space." Statistics is at the normal place.

Cheers,
Philip

Neil has that 2nd one [email protected] been added? If it has I can't find it in the project list by that name. It's a NASA project by the way. No work at the moment but looks to be a promising addition to the climate research fold.